static void TestHeightDiff()
{
AVLT <int> avlt = new AVLT <int>();
avlt.Add(10);
avlt.Add(15);
avlt.Add(20);
}
static void TestRotations()
{
Console.WriteLine("Single Left");
AVLT <int> avltLL = new AVLT <int>();
avltLL.Add(10);
avltLL.Add(15);
avltLL.Add(13);
avltLL.Add(20);
//Console.WriteLine("Pre-Rotate:\t ");
avltLL.Iterate(DoSomethingToAnInt, TraversalOrder.PRE_ORDER);
//avltLL.TestLL();
//Console.WriteLine("\nPost-Rotate: \t ");
//avltLL.Iterate(DoSomethingToAnInt, TraversalOrder.PRE_ORDER);
Console.WriteLine("\n\nSingle Right");
AVLT <int> avltRR = new AVLT <int>();
avltRR.Add(10);
avltRR.Add(5);
avltRR.Add(2);
//Console.WriteLine("Pre-Rotate:\t ");
avltRR.Iterate(DoSomethingToAnInt, TraversalOrder.PRE_ORDER);
//avltRR.TestRR();
//Console.WriteLine("\nPost-Rotate:\t ");
//avltRR.Iterate(DoSomethingToAnInt, TraversalOrder.PRE_ORDER);
Console.WriteLine("\n\nDouble Left");
AVLT <int> avltLR = new AVLT <int>();
avltLR.Add(5);
avltLR.Add(10);
avltLR.Add(8);
//Console.WriteLine("Pre-Rotate:\t ");
avltLR.Iterate(DoSomethingToAnInt, TraversalOrder.PRE_ORDER);
//avltLR.TestLR();
//Console.WriteLine("\nPost-Rotate:\t ");
//avltLR.Iterate(DoSomethingToAnInt, TraversalOrder.PRE_ORDER);
Console.WriteLine("\nDouble Right");
AVLT <int> avltRL = new AVLT <int>();
avltRL.Add(10);
avltRL.Add(5);
avltRL.Add(8);
avltRL.Iterate(DoSomethingToAnInt, TraversalOrder.PRE_ORDER);
//Console.WriteLine("\nPre-Rotate:");
//avltRL.TestRL();
//avltRL.Iterate(DoSomethingToAnInt, TraversalOrder.PRE_ORDER);
//Console.WriteLine("Post-Rotate:");
}
static void TestRandomAVLT()
{
long start;
long end;
AVLT <int> balanceTree = new AVLT <int>();
//BST<int> balanceTree = new BST<int>();
start = Environment.TickCount;
Random randomNumber = new Random((int)start);
int iMax = 10000;
int iLargest = iMax * 10;
List <int> remove = new List <int>();
int add;
for (int i = 0; i < iMax; i++)
{
add = randomNumber.Next(1, iLargest);
balanceTree.Add(add);
if (i % 10 == 0)
{
remove.Add(add);
}
}
if (balanceTree.Count <= 50)
{
Console.WriteLine(balanceTree.ToString());
}
end = Environment.TickCount;
Console.WriteLine("Time to Add: \t" + (end - start).ToString() + " ms");
Console.WriteLine("Theoretical Minimum Height: \t " + Math.Truncate(Math.Log(iMax, 2)));
Console.WriteLine("Actual Height: \t " + balanceTree.Height());
foreach (int item in remove)
{
balanceTree.Remove(item);
}
if (balanceTree.Count <= 50)
{
Console.WriteLine(balanceTree.ToString());
}
//balanceTree.Iterate(DoSomethingToAnInt, TraversalOrder.IN_ORDER);
Console.WriteLine("Count: \t" + balanceTree.Count);
Console.WriteLine("Actual Height: \t " + balanceTree.Height());
}